*2017/03/30 16:15:15.92 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *FILE START TIME : UTC 1999/05/09 18:52:36.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 504 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 7 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------------- --------------- -------------- -------------- 1 Pressure decibar 1.1 504.1 2 Fluorescence:Calibrated:Wetlabs mg/m^3 -0.4E-02 14.424 3 PAR uE/m^2/sec 1.9 3269.9 4 Salinity:T1:C1 PSS-78 31.3382 34.1115 5 Number_of_bin_records n/a 11 51 6 Temperature:Secondary 'deg C (ITS90)' 4.6662 8.7148 7 Transmissivity %/metre 19.1 71.3 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 8 F ' ' 3 3 -99 ' ' 7 F ' ' 1 4 -99 ' ' 9 F ' ' 4 5 -99 ' ' 5 I I 0 6 -99 ' ' 9 F ' ' 4 7 -99 ' ' 6 F ' ' 1 $END $REMARKS This file converted from Sea-Bird file: W:\ctd\9911\derive\99110098.cnv Comments from secondary file: W:\ctd\9911\ios\99110098.avt ---------------------------------------------------------- This file converted from Sea-Bird file: W:\ctd\9911\test\99110098.cnv $END *ADMINISTRATION MISSION : 1999-11 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : WCVI SCIENTIST : Mackas D. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : West Coast Vancouver Island STATION : ODAS EVENT NUMBER : 98 LATITUDE : 50 51.61000 N ! (deg min) LONGITUDE : 129 55.12000 W ! (deg min) *INSTRUMENT TYPE : Sea-Bird CTD MODEL : Sea Bird 911+ SERIAL NUMBER : 0437 $TABLE: SENSORS ! Name Abs Depth Serial No ! ----------------- -------------- ---------- temperature ' ' primary conductivity ' ' primary pressure ' ' 63502 temperature ' ' secondary conductivity ' ' secondary WET ' ' 'WETStar fluorometer' transmissometer ' ' 182D irradiance ' ' 4495 $END $REMARKS SOFTWARE VERSION 4.235 Comments from secondary file: W:\ctd\9911\ios\99110098.avt ---------------------------------------------------------- SOFTWARE VERSION 4.235 SOFTWARE VERSION 4.235 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 1.1 1999/06/25 15:32:05 21256 21256 DELETE 4.4 1999/06/25 17:29:04 21256 8834 BINAVE 3.0 1999/06/28 13:55:24 8834 504 REMOVECH 3.1 1999/07/11 12:52:19 504 504 MERGE 2.3 1999/07/12 13:12:33 504 504 HDREDIT2 1.1 1999/07/15 09:24:53 ? ? CALIB 8.3 2000/02/18 16:48:10 504 504 REMOVECH 6.0 2004/01/14 11:27:08 504 504 HDREDIT2 1.9 2004/01/14 11:43:03 ? ? CLEAN 4.5 2004/01/14 11:43:35 504 504 HDREDIT2 2.1 2004/05/28 10:12:33 ? ? HDREDIT2 2.2 2004/09/22 14:53:57 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:18:22 504 504 HDREDIT2 3.1.1 2017/03/30 16:15:15 ? ? $END $REMARKS -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 25.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< .30m/s (calculated over 11 points) will be deleted Sample interval = .04 seconds. -The following BINAVE parameters were used: Bin channel = pressure Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. Conductivity:Primary Conductivity:Secondary Temperature:Primary Salinity:t0:c0 Scan_Number flag transmissivity -The following MERGE parameters were used: Merge Channel: pressure Merge Scheme Used: Add Secondary to Primary Overlap Scheme Used: Keep Primary Primary Channels to Include: Chl_fluorescence2, Irradiance (PAR), Descent_Rate, Salinity:T1:C1, Number_of_bin_Record, Temperature:Secondary Secondary Channels to Include: Transmissivity Primary file : W:\ctd\9911\ios\99110098.rem Secondary file: W:\ctd\9911\ios\99110098.avt Comments from secondary file: W:\ctd\9911\ios\99110098.avt ---------------------------------------------------------- -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 20.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< .30m/s (calculated over 11 points) will be deleted Sample interval = .04 seconds. -The following BINAVE parameters were used: Bin channel = pressure Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CALIB parameters were used: Calibration type = Correct Pressure offset = 0.0 Calibration file = c:\data\ctd\9811fluo.cal -The following CHANNEL(S) were removed from file. Descent_Rate CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. -HEADER EDITS: Channel 2: Fluorescence:URU:Wetlabs [mg/m^3] Name ==> Fluorescence:Wetlabs -HEADER EDITS: 2017/03/30 16:15:15 Channel 2: Fluorescence:Calibrated:Wetlabs [mg/m^3] Name: Fluorescence:URU:Wetlabs ==> Fluorescence:Calibrated:Wetlabs $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Raw Data File: FileName = D:\DATA\9911\99110098.DAT Software Version 4.235 Temperature SN = 2023 Conductivity SN = 1729 Number of Bytes Per Scan = 27 Number of Voltage Words = 3 System UpLoad Time = May 09 1999 18:52:36 NMEA Latitude = 50 51.61 N NMEA Longitude = 129 55.12 W NMEA UTC (Time) = May 09 1999 18:52:36 Store Lat/Lon Data = Add to Header Only Command Line = seasave -V1 Ship: J.P. TULLY Cruise: 99-11 Station: odas Latitude: Longitude: # nquan = 13 # nvalues = 21256 # units = metric # name 0 = scan: scan number # name 1 = pr: pressure [db] # name 2 = t090: temperature, pri, ITS-90 [deg C] # name 3 = t190: temperature, sec, ITS-90 [deg C] # name 4 = c0S/m: conductivity, primary [S/m] # name 5 = c1S/m: conductivity, secondary [S/m] # name 6 = xmiss: transmissometer # name 7 = wetStar: WET Labs, WETStar chlorophyll concentration [ęg/l] # name 8 = par: irradiance (PAR) # name 9 = dz/dt: descent rate [m/s] # name 10 = sal00: salinity, PSS-78 [PSU], T0, C0 # name 11 = sal11: salinity, PSS-78 [PSU], T1, C1 # name 12 = flag: 0.000e+00 # span 0 = 1, 21256 # span 1 = 0.709, 504.553 # span 2 = 4.6648, 8.8659 # span 3 = 4.6651, 8.8554 # span 4 = 3.259145, 3.492289 # span 5 = 3.260629, 3.493741 # span 6 = 65.97, 93.16 # span 7 = 0.0046, 0.4584 # span 8 = 1.850e+00, 3.853e+03 # span 9 = -2.038, 1.979 # span 10 = 31.2132, 34.0947 # span 11 = 31.1551, 34.1120 # span 12 = 0.000e+00, 0.000e+00 # interval = seconds: 0.0416667 # start_time = May 09 1999 18:52:36 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2023, 11-Mar-99 # sensor 1 = Frequency 1 conductivity, primary, 1729, 23-Mar-99s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 63502, 01-11-1996 # sensor 3 = Frequency 3 temperature, secondary, 2142, 13-Mar-99s # sensor 4 = Frequency 4 conductivity, secondary, 1762, 16-Mar-99s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 WET Labs, WETStar fluorometer, WS1S-097, 30-JUN-97 # sensor 6 = Extrnl Volt 3 transmissometer, 192D, 98/08/07 # sensor 7 = Extrnl Volt 4 irradiance (PAR), 4495 # datcnv_date = Jun 22 1999 15:56:56, 4.229 # datcnv_in = 99110098.DAT 0437CTD.CON # datcnv_skipover = 0 # alignctd_date = Jun 24 1999 11:00:40, 4.229 # alignctd_in = 99110098.CNV # alignctd_cond_advSecs = -0.013, 0.060 # alignctd_temp_advSecs = 0.000, 0.000 # alignctd_oxygen_current_advSecs = 0.000, 0.000 # alignctd_oxygen_temp_advSecs = 0.000, 0.000 # alignctd_wetstar_advSecs = 0.000 # wildedit_date = Jun 24 1999 15:39:28, 4.229 # wildedit_in = 99110098.CNV # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_npoint = 50 # wildedit_vars = pr # wildedit_excl_bad_scans = yes # celltm_date = Jun 24 1999 17:26:06, 4.229 # celltm_in = 99110098.CNV # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 9.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # derive_date = Jun 25 1999 12:10:27, 4.229 # derive_in = 99110098.CNV 0437CTD.CON # file_type = ascii END* Comments from secondary file: W:\ctd\9911\ios\99110098.avt ---------------------------------------------------------- SBE HEADER Sea-Bird SBE 9 Raw Data File: FileName = D:\DATA\9911\99110098.DAT Software Version 4.235 Temperature SN = 2023 Conductivity SN = 1729 Number of Bytes Per Scan = 27 Number of Voltage Words = 3 System UpLoad Time = May 09 1999 18:52:36 NMEA Latitude = 50 51.61 N NMEA Longitude = 129 55.12 W NMEA UTC (Time) = May 09 1999 18:52:36 Store Lat/Lon Data = Add to Header Only Command Line = seasave -V1 Ship: J.P. TULLY Cruise: 99-11 Station: odas Latitude: Longitude: # nquan = 3 # nvalues = 21256 # units = metric # name 0 = pr: pressure [db] # name 1 = xmiss: transmissometer # name 2 = flag: 0.000e+00 # span 0 = 0.709, 504.553 # span 1 = 65.11, 91.96 # span 2 = 0.000e+00, 0.000e+00 # interval = seconds: 0.0416667 # start_time = May 09 1999 18:52:36 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2023, 11-Mar-99 # sensor 1 = Frequency 1 conductivity, primary, 1729, 23-Mar-99s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 63502, 01-11-1996 # sensor 3 = Frequency 3 temperature, secondary, 2142, 13-Mar-99s # sensor 4 = Frequency 4 conductivity, secondary, 1762, 16-Mar-99s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 WET Labs, WETStar fluorometer, WS1S-097, 30-JUN-97 # sensor 6 = Extrnl Volt 3 transmissometer, 182D, 98/08/07 # sensor 7 = Extrnl Volt 4 irradiance (PAR), 4495 # datcnv_date = Jul 09 1999 12:19:06, 4.229 # datcnv_in = 99110098.DAT 182TR.CON # datcnv_skipover = 0 # file_type = ascii END* *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ------------------- --------- ---- ------ ------------ Chl_fluorescence2 mg/m**3 10 -9.99 () (-0.213 35.458) $END !--1--- ---2--- --3--- ---4---- -5-- ---6---- --7-- !Pressu Fluores PAR Salinity Numb Temperat Trans !re cence: :T1:C1 er_o ure: missi ! Calibra ~bin Secondar vity ! ted: _rec y ! Wetlabs ords !------ ------- ------ -------- ---- -------- ----- *END OF HEADER 1.1 2.943 3269.9 31.3436 33 8.7148 19.5 2.1 3.205 1331.6 31.3414 37 8.6663 19.3 3.0 3.655 798.1 31.3418 51 8.6504 19.8 4.0 3.673 624.9 31.3408 49 8.6273 19.4 5.0 3.737 419.5 31.3383 38 8.5745 19.4 6.0 5.045 315.0 31.3399 44 8.6021 19.5 7.0 5.389 188.5 31.3396 34 8.5848 19.1 8.0 5.609 132.9 31.3382 27 8.4699 19.4 9.0 5.967 104.5 31.3457 38 8.4401 19.5 10.0 11.672 78.1 31.3524 41 8.4699 19.5 11.0 12.545 51.2 31.3966 29 8.4938 19.4 12.0 12.740 36.6 31.4458 26 8.5115 22.9 13.0 14.424 26.0 31.4848 21 8.5183 24.9 14.0 13.449 18.9 31.5606 19 8.5332 25.4 15.0 11.176 14.0 31.6899 24 8.4224 31.6 16.0 9.410 10.5 31.7569 35 8.4420 37.3 17.0 6.098 8.3 31.8027 27 8.4485 43.4 18.0 3.808 6.5 31.8538 21 8.4573 45.7 19.0 3.542 5.2 31.8937 17 8.4056 47.9 20.0 3.627 4.5 31.9343 15 8.2957 52.1 21.0 3.251 3.9 31.9721 15 8.2802 54.6 22.0 3.202 3.5 32.0348 14 8.2925 57.5 23.0 2.836 3.2 32.0962 17 8.3076 59.0 24.0 1.954 3.0 32.1070 18 8.3189 60.3 25.0 1.492 2.7 32.1157 19 8.2989 60.8 26.0 1.035 2.5 32.1394 17 8.1337 61.8 27.0 0.815 2.2 32.2042 15 8.1650 62.3 28.0 0.805 2.0 32.2717 17 8.1144 63.8 29.0 0.741 1.9 32.2885 20 8.0111 64.6 30.0 0.627 1.9 32.2989 23 7.9611 64.8 31.0 0.510 1.9 32.3163 20 7.9524 65.1 32.0 0.418 1.9 32.3607 17 7.9746 64.9 33.0 0.407 1.9 32.4437 14 8.0913 64.6 34.0 0.510 1.9 32.4927 13 8.1557 64.7 35.0 0.595 1.9 32.5283 11 8.1970 64.9 36.0 0.457 1.9 32.5502 13 8.2129 65.3 37.0 0.411 1.9 32.5937 14 8.2411 65.9 38.0 0.436 1.9 32.6090 17 8.1850 66.2 39.0 0.496 1.9 32.6169 19 8.1443 66.1 40.0 0.436 1.9 32.6232 19 8.1185 66.8 41.0 0.361 1.9 32.6279 16 8.0981 66.7 42.0 0.280 1.9 32.6333 16 8.0909 66.7 43.0 0.415 1.9 32.6380 16 8.0798 66.9 44.0 0.386 1.9 32.6452 17 8.0758 66.9 45.0 0.308 1.9 32.6561 19 8.0597 67.3 46.0 0.216 1.9 32.6609 19 8.0351 67.3 47.0 0.195 1.9 32.6669 16 8.0224 66.8 48.0 0.227 1.9 32.6733 14 8.0127 65.8 49.0 0.255 1.9 32.6818 13 7.9980 67.5 50.0 0.227 1.9 32.6878 13 7.9846 67.6 51.0 0.188 1.9 32.6970 12 7.9650 67.3 52.0 0.205 1.9 32.7118 14 7.9353 67.5 53.0 0.170 1.9 32.7216 14 7.9134 67.7 54.0 0.184 1.9 32.7247 15 7.9073 68.1 55.0 0.159 1.9 32.7256 16 7.9054 68.2 56.0 0.177 1.9 32.7294 16 7.9000 68.3 57.0 0.227 1.9 32.7345 15 7.8904 68.3 58.0 0.205 1.9 32.7383 15 7.8801 68.4 59.0 0.198 1.9 32.7399 14 7.8787 68.3 60.0 0.163 1.9 32.7410 15 7.8745 68.6 61.0 0.305 1.9 32.7422 16 7.8619 68.4 62.0 0.386 1.9 32.7552 18 7.8880 67.3 63.0 0.213 1.9 32.7671 18 7.8952 68.4 64.0 0.142 1.9 32.7739 16 7.8819 68.5 65.0 0.134 1.9 32.7816 15 7.8638 68.7 66.0 0.138 1.9 32.7868 14 7.8584 68.8 67.0 0.134 1.9 32.7988 13 7.8585 68.8 68.0 0.159 1.9 32.8056 13 7.8580 68.6 69.0 0.142 1.9 32.8212 13 7.8048 68.2 70.0 0.138 1.9 32.8304 15 7.7751 68.2 71.0 0.099 1.9 32.8345 16 7.7643 67.8 72.0 0.113 1.9 32.8394 16 7.7515 68.1 73.0 0.181 1.9 32.8410 20 7.7485 68.1 74.0 0.209 1.9 32.8422 23 7.7468 66.2 75.0 0.216 1.9 32.8452 21 7.7404 68.0 76.0 0.237 1.9 32.8506 17 7.7249 68.2 77.0 0.205 1.9 32.8608 15 7.7104 68.2 78.0 0.220 1.9 32.8782 13 7.7065 68.0 79.0 0.220 1.9 32.8975 13 7.6959 68.0 80.0 0.223 1.9 32.9135 12 7.6822 67.9 81.0 0.220 1.9 32.9207 12 7.6771 67.9 82.0 0.223 1.9 32.9310 14 7.6803 68.2 83.0 0.216 1.9 32.9519 15 7.6817 68.1 84.0 0.213 1.9 32.9691 16 7.7063 68.4 85.0 0.227 1.9 32.9757 21 7.7174 68.4 86.0 0.202 1.9 32.9801 22 7.7247 68.6 87.0 0.216 1.9 32.9860 19 7.7356 68.7 88.0 0.170 1.9 33.0073 16 7.7664 68.7 89.0 0.166 1.9 33.0494 14 7.7865 68.5 90.0 0.156 1.9 33.0683 13 7.7434 68.9 91.0 0.152 1.9 33.0898 13 7.7453 69.1 92.0 0.152 1.9 33.1024 14 7.7550 69.1 93.0 0.117 1.9 33.1070 15 7.7591 68.8 94.0 0.117 1.9 33.1224 16 7.7684 68.6 95.0 0.064 1.9 33.1662 17 7.7650 69.1 96.0 0.092 1.9 33.1862 17 7.7628 69.0 97.0 0.067 1.9 33.1963 17 7.7570 69.0 98.0 0.067 1.9 33.2058 16 7.7579 69.1 99.0 0.081 1.9 33.2146 15 7.7567 69.0 100.0 0.053 1.9 33.2395 16 7.7520 69.1 101.0 0.085 1.9 33.2552 14 7.7520 69.1 102.0 0.095 1.9 33.2704 14 7.7522 69.1 103.0 0.064 1.9 33.3083 14 7.7498 69.0 104.0 0.085 1.9 33.3272 15 7.7449 69.0 105.0 0.060 1.9 33.3527 14 7.7415 68.9 106.0 0.074 1.9 33.3671 16 7.7537 68.8 107.0 0.092 1.9 33.4032 17 7.7864 68.9 108.0 0.067 1.9 33.4501 19 7.8175 68.8 109.0 0.081 1.9 33.4672 19 7.8095 68.8 110.0 0.103 1.9 33.4911 18 7.8141 68.8 111.0 0.064 1.9 33.4953 16 7.8138 68.8 112.0 0.092 1.9 33.5334 15 7.8686 68.8 113.0 0.099 1.9 33.5622 14 7.9123 68.9 114.0 0.078 1.9 33.5771 16 7.9256 68.8 115.0 0.103 1.9 33.5950 16 7.9339 69.1 116.0 0.088 1.9 33.6147 18 7.9333 69.2 117.0 0.053 1.9 33.6183 17 7.9311 69.2 118.0 0.056 1.9 33.6248 17 7.9282 69.1 119.0 0.074 1.9 33.6293 15 7.9228 69.1 120.0 0.067 1.9 33.6324 14 7.9182 69.0 121.0 0.081 1.9 33.6375 15 7.9175 68.8 122.0 0.056 1.9 33.6461 14 7.9194 68.6 123.0 0.060 1.9 33.6548 16 7.9161 68.9 124.0 0.053 1.9 33.6584 17 7.9073 69.0 125.0 0.064 1.9 33.6640 18 7.8901 69.0 126.0 0.074 1.9 33.6701 19 7.8660 69.1 127.0 0.085 1.9 33.6719 18 7.8498 69.2 128.0 0.078 1.9 33.6840 16 7.8122 69.2 129.0 0.095 1.9 33.7140 15 7.7522 69.4 130.0 0.092 1.9 33.7223 14 7.7321 68.8 131.0 0.103 1.9 33.7261 14 7.7228 69.4 132.0 0.074 1.9 33.7364 13 7.7010 69.4 133.0 0.074 1.9 33.7587 15 7.6530 69.5 134.0 0.039 1.9 33.7664 16 7.6274 69.5 135.0 0.060 1.9 33.7740 19 7.5909 69.4 136.0 0.060 1.9 33.7791 22 7.5653 69.4 137.0 0.046 1.9 33.7867 22 7.5331 69.6 138.0 0.042 1.9 33.7918 19 7.5109 69.3 139.0 0.053 1.9 33.7938 16 7.4988 69.6 140.0 0.067 1.9 33.7957 15 7.4907 69.5 141.0 0.074 1.9 33.7977 14 7.4820 69.4 142.0 0.053 1.9 33.8033 13 7.4631 69.5 143.0 0.095 1.9 33.8092 12 7.4447 69.6 144.0 0.049 1.9 33.8159 14 7.4221 69.6 145.0 0.046 1.9 33.8209 16 7.4040 69.7 146.0 0.060 1.9 33.8280 18 7.3822 69.6 147.0 0.085 1.9 33.8343 21 7.3684 69.6 148.0 0.060 1.9 33.8390 21 7.3615 69.7 149.0 0.060 1.9 33.8429 18 7.3552 69.7 150.0 0.078 1.9 33.8452 16 7.3499 69.6 151.0 0.049 1.9 33.8466 15 7.3460 69.7 152.0 0.060 1.9 33.8475 14 7.3429 69.8 153.0 0.064 1.9 33.8492 14 7.3384 69.3 154.0 0.053 1.9 33.8532 14 7.3273 69.6 155.0 0.056 1.9 33.8554 14 7.3187 69.8 156.0 0.042 1.9 33.8584 14 7.3061 69.9 157.0 0.081 1.9 33.8611 15 7.2938 69.8 158.0 0.060 1.9 33.8635 17 7.2830 70.0 159.0 0.078 1.9 33.8654 17 7.2736 69.9 160.0 0.053 1.9 33.8681 21 7.2617 70.0 161.0 0.046 1.9 33.8699 22 7.2506 70.1 162.0 0.056 1.9 33.8737 21 7.2243 69.4 163.0 0.035 1.9 33.8769 17 7.2041 69.9 164.0 0.060 1.9 33.8789 15 7.1801 69.8 165.0 0.064 1.9 33.8824 15 7.1389 69.7 166.0 0.085 1.9 33.8900 14 7.0758 69.8 167.0 0.078 1.9 33.8971 14 7.0158 69.6 168.0 0.064 1.9 33.8961 16 7.0153 69.7 169.0 0.056 1.9 33.8975 18 7.0091 69.8 170.0 0.042 1.9 33.8990 18 7.0031 69.8 171.0 0.056 1.9 33.9002 17 6.9970 69.8 172.0 0.049 1.9 33.9018 16 6.9889 69.6 173.0 0.042 1.9 33.9031 15 6.9826 69.8 174.0 0.056 1.9 33.9051 15 6.9653 69.8 175.0 0.046 1.9 33.9062 16 6.9558 69.8 176.0 0.053 1.9 33.9084 16 6.9378 69.8 177.0 0.039 1.9 33.9109 18 6.8980 69.8 178.0 0.035 1.9 33.9121 19 6.8791 69.8 179.0 0.042 1.9 33.9126 20 6.8717 69.7 180.0 0.060 1.9 33.9134 18 6.8662 69.7 181.0 0.092 1.9 33.9145 16 6.8586 69.7 182.0 0.060 1.9 33.9151 15 6.8511 69.7 183.0 0.046 1.9 33.9152 14 6.8501 69.6 184.0 0.095 1.9 33.9169 14 6.8332 69.6 185.0 0.071 1.9 33.9177 14 6.8190 69.5 186.0 0.053 1.9 33.9177 14 6.8183 69.7 187.0 0.056 1.9 33.9179 15 6.8144 69.7 188.0 0.046 1.9 33.9187 16 6.8028 69.7 189.0 0.042 1.9 33.9202 18 6.7823 69.6 190.0 0.085 1.9 33.9213 20 6.7655 69.6 191.0 0.103 1.9 33.9221 21 6.7598 69.7 192.0 0.056 1.9 33.9235 22 6.7433 69.6 193.0 0.064 1.9 33.9254 19 6.7284 69.5 194.0 0.060 1.9 33.9264 16 6.7218 69.6 195.0 0.028 1.9 33.9267 14 6.7168 69.6 196.0 0.049 1.9 33.9270 14 6.7122 69.6 197.0 0.056 1.9 33.9280 13 6.7068 69.7 198.0 0.056 1.9 33.9287 13 6.7015 69.7 199.0 0.046 1.9 33.9287 14 6.6966 69.7 200.0 0.064 1.9 33.9288 16 6.6724 69.9 201.0 0.064 1.9 33.9291 19 6.6589 69.7 202.0 0.046 1.9 33.9300 22 6.6516 69.9 203.0 0.032 1.9 33.9317 21 6.6448 69.9 204.0 0.046 1.9 33.9328 17 6.6396 69.9 205.0 0.042 1.9 33.9335 15 6.6297 69.9 206.0 0.056 1.9 33.9349 14 6.6141 69.8 207.0 0.028 1.9 33.9363 13 6.6006 69.9 208.0 0.035 1.9 33.9371 14 6.5877 69.8 209.0 0.060 1.9 33.9376 15 6.5784 69.9 210.0 0.046 1.9 33.9379 17 6.5710 69.8 211.0 0.049 1.9 33.9379 19 6.5698 69.8 212.0 0.046 1.9 33.9388 19 6.5638 70.0 213.0 0.071 1.9 33.9394 15 6.5604 69.9 214.0 0.032 1.9 33.9402 16 6.5511 70.0 215.0 0.056 1.9 33.9408 15 6.5422 70.0 216.0 0.078 1.9 33.9409 15 6.5371 70.1 217.0 0.053 1.9 33.9411 16 6.5337 70.1 218.0 0.035 1.9 33.9414 17 6.5273 70.1 219.0 0.064 1.9 33.9419 19 6.5159 70.1 220.0 0.053 1.9 33.9423 19 6.5054 70.1 221.0 0.078 1.9 33.9429 21 6.4928 69.9 222.0 0.035 1.9 33.9434 18 6.4790 70.1 223.0 0.064 1.9 33.9439 16 6.4693 70.1 224.0 0.074 1.9 33.9441 15 6.4642 70.1 225.0 0.060 1.9 33.9442 14 6.4609 70.1 226.0 0.067 1.9 33.9449 14 6.4506 70.1 227.0 0.053 1.9 33.9461 14 6.4199 70.0 228.0 0.049 1.9 33.9455 15 6.4104 70.1 229.0 0.035 1.9 33.9461 17 6.3991 70.2 230.0 0.039 1.9 33.9458 18 6.3932 70.0 231.0 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6.1558 69.9 257.0 0.046 1.9 33.9547 14 6.1507 70.0 258.0 0.018 1.9 33.9558 13 6.1431 70.0 259.0 0.046 1.9 33.9567 13 6.1361 70.1 260.0 0.060 1.9 33.9576 13 6.1271 70.1 261.0 0.049 1.9 33.9583 15 6.1266 70.1 262.0 0.039 1.9 33.9595 16 6.1234 70.2 263.0 0.039 1.9 33.9607 17 6.1175 70.3 264.0 0.049 1.9 33.9603 19 6.1004 70.3 265.0 0.046 1.9 33.9602 20 6.0831 70.3 266.0 0.056 1.9 33.9608 17 6.0744 70.1 267.0 0.042 1.9 33.9595 16 6.0560 70.2 268.0 0.042 1.9 33.9589 15 6.0455 70.3 269.0 0.025 1.9 33.9590 16 6.0402 70.3 270.0 0.028 1.9 33.9590 18 6.0354 70.3 271.0 0.039 1.9 33.9588 19 6.0302 70.3 272.0 0.042 1.9 33.9594 19 6.0246 70.3 273.0 0.028 1.9 33.9598 16 6.0169 70.3 274.0 0.049 1.9 33.9600 16 6.0167 70.3 275.0 0.039 1.9 33.9603 14 6.0164 70.3 276.0 0.053 1.9 33.9621 14 6.0170 70.3 277.0 0.035 1.9 33.9658 14 6.0180 70.3 278.0 0.035 1.9 33.9657 15 5.9952 70.3 279.0 0.032 1.9 33.9661 17 5.9885 70.4 280.0 0.067 1.9 33.9650 19 5.9795 70.4 281.0 0.046 1.9 33.9645 19 5.9742 70.4 282.0 0.060 1.9 33.9649 17 5.9683 70.2 283.0 0.067 1.9 33.9661 16 5.9636 70.2 284.0 0.046 1.9 33.9674 15 5.9567 70.2 285.0 0.067 1.9 33.9676 14 5.9511 70.2 286.0 0.071 1.9 33.9674 14 5.9372 70.4 287.0 0.071 1.9 33.9665 15 5.9206 70.4 288.0 0.049 1.9 33.9661 17 5.9087 70.4 289.0 0.064 1.9 33.9655 17 5.8976 70.5 290.0 0.056 1.9 33.9655 17 5.8896 70.4 291.0 0.039 1.9 33.9643 18 5.8686 70.4 292.0 0.060 1.9 33.9603 20 5.8338 70.4 293.0 0.064 1.9 33.9585 20 5.8167 70.5 294.0 0.046 1.9 33.9582 21 5.8020 70.4 295.0 0.067 1.9 33.9595 18 5.7931 70.5 296.0 0.074 1.9 33.9600 16 5.7898 70.4 297.0 0.074 1.9 33.9598 14 5.7866 70.5 298.0 0.081 1.9 33.9604 14 5.7779 70.4 299.0 0.085 1.9 33.9610 14 5.7691 70.5 300.0 0.081 1.9 33.9618 13 5.7657 70.5 301.0 0.071 1.9 33.9619 15 5.7619 70.5 302.0 0.064 1.9 33.9591 16 5.7321 70.5 303.0 0.056 1.9 33.9567 19 5.7010 70.4 304.0 0.064 1.9 33.9560 19 5.6802 70.2 305.0 0.049 1.9 33.9566 19 5.6666 70.5 306.0 0.056 1.9 33.9568 16 5.6584 70.5 307.0 0.018 1.9 33.9580 15 5.6448 70.4 308.0 0.007 1.9 33.9585 14 5.6404 70.4 309.0 0.046 1.9 33.9595 14 5.6384 70.4 310.0 0.049 1.9 33.9592 15 5.6306 70.5 311.0 0.042 1.9 33.9602 17 5.6290 70.5 312.0 0.056 1.9 33.9638 20 5.6370 70.5 313.0 0.056 1.9 33.9644 20 5.6298 70.5 314.0 0.028 1.9 33.9643 18 5.5812 70.6 315.0 0.003 1.9 33.9610 15 5.5463 70.3 316.0 0.032 1.9 33.9607 14 5.5435 70.5 317.0 0.014 1.9 33.9604 14 5.5434 70.4 318.0 0.032 1.9 33.9604 14 5.5428 70.3 319.0 0.046 1.9 33.9610 15 5.5410 70.4 320.0 0.018 1.9 33.9623 17 5.5334 70.5 321.0 0.032 1.9 33.9628 18 5.5201 70.6 322.0 0.064 1.9 33.9630 20 5.4974 70.4 323.0 0.053 1.9 33.9629 20 5.4876 70.5 324.0 0.046 1.9 33.9638 19 5.4712 70.6 325.0 0.046 1.9 33.9645 16 5.4554 70.5 326.0 0.049 1.9 33.9651 15 5.4417 70.5 327.0 0.035 1.9 33.9649 14 5.4386 70.5 328.0 0.053 1.9 33.9655 14 5.4327 70.5 329.0 0.049 1.9 33.9655 15 5.4292 70.5 330.0 0.035 1.9 33.9656 16 5.4262 70.5 331.0 0.039 1.9 33.9662 18 5.4168 70.5 332.0 0.003 1.9 33.9673 19 5.3947 70.5 333.0 0.003 1.9 33.9681 18 5.3836 70.5 334.0 0.046 1.9 33.9690 16 5.3801 70.4 335.0 0.042 1.9 33.9698 15 5.3718 70.5 336.0 0.025 1.9 33.9704 15 5.3650 70.6 337.0 0.071 1.9 33.9709 15 5.3627 70.6 338.0 0.032 1.9 33.9715 16 5.3575 70.5 339.0 0.035 1.9 33.9725 17 5.3524 70.2 340.0 0.042 1.9 33.9732 17 5.3483 70.4 341.0 0.025 1.9 33.9741 16 5.3451 70.5 342.0 0.025 1.9 33.9744 15 5.3419 70.6 343.0 0.071 1.9 33.9743 16 5.3395 70.6 344.0 0.042 1.9 33.9746 18 5.3379 70.6 345.0 0.046 1.9 33.9746 19 5.3375 70.6 346.0 0.064 1.9 33.9748 20 5.3367 70.6 347.0 0.032 1.9 33.9757 20 5.3317 70.6 348.0 0.046 1.9 33.9771 16 5.3262 70.5 349.0 0.035 1.9 33.9776 15 5.3238 70.6 350.0 0.085 1.9 33.9783 14 5.3188 70.6 351.0 0.078 1.9 33.9787 14 5.3126 70.7 352.0 0.039 1.9 33.9789 15 5.3095 70.6 353.0 0.053 1.9 33.9789 16 5.3023 70.6 354.0 0.081 1.9 33.9803 18 5.2889 70.6 355.0 0.028 1.9 33.9808 20 5.2853 70.5 356.0 0.046 1.9 33.9817 19 5.2776 70.7 357.0 0.056 1.9 33.9837 15 5.2577 70.7 358.0 0.053 1.9 33.9842 15 5.2448 70.7 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16 5.1146 70.9 385.0 0.106 1.9 33.9991 19 5.1004 70.9 386.0 0.064 1.9 34.0008 28 5.0896 70.9 387.0 0.046 1.9 34.0024 23 5.0822 70.9 388.0 0.046 1.9 34.0044 17 5.0710 70.0 389.0 0.032 1.9 34.0050 17 5.0641 70.8 390.0 0.074 1.9 34.0055 16 5.0586 70.9 391.0 0.039 1.9 34.0068 18 5.0519 70.9 392.0 0.039 1.9 34.0088 17 5.0451 70.9 393.0 0.053 1.9 34.0113 17 5.0406 70.9 394.0 0.032 1.9 34.0128 15 5.0377 70.9 395.0 0.049 1.9 34.0130 14 5.0367 70.9 396.0 0.025 1.9 34.0141 14 5.0318 70.9 397.0 0.018 1.9 34.0155 18 5.0247 70.9 398.0 0.060 1.9 34.0163 22 5.0228 71.0 399.0 0.046 1.9 34.0173 28 5.0216 71.0 400.0 0.078 1.9 34.0179 27 5.0207 71.0 401.0 0.060 1.9 34.0199 21 5.0173 71.0 402.0 0.060 1.9 34.0205 18 5.0143 70.9 403.0 0.064 1.9 34.0206 16 5.0109 70.9 404.0 0.042 1.9 34.0213 14 5.0079 70.9 405.0 0.032 1.9 34.0221 14 5.0050 71.0 406.0 0.049 1.9 34.0227 13 5.0033 70.9 407.0 0.053 1.9 34.0230 14 5.0023 70.8 408.0 0.078 1.9 34.0239 15 5.0003 71.0 409.0 0.064 1.9 34.0247 16 4.9985 71.0 410.0 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